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ME 421 Introduction to Microfluidics
Fall
In micro scales, the basic laws governing the macro scale fluid mechanics may not be applicable. The objectives of this course are to identify dominant forces and their effects in micro scale fluid systems; to understand the fundamentals of micro fluidic phenomena; to discuss various microfluidic applications; and to explore new possible microfluidic applications in the emerging fields with a special emphasis on biomedical and biological sciences.
ME 221 Fluid Mechanics
Fall
기계공학의 기초가 되는 기본 유체공학을 소개하고, 이를 해석하기 위한 기초지식인 수력학, 제어체적의 적분관계식, 미분관계식들을 이해하고, 차원해석, 점성관유동, 경계층유동 그리고 비점성, 비압축성유동을 공부한다. 유체공학을 응용한 사례들을 비디오로 보여주며, 유체공학을 해석하고 응용할 수 있는 능력을 배양한다.
MAE 800A Special Topics in Mechanical Engineering - Introduction to Tissue Engineering
Spring
인공장기 개발에 간접 직접적으로 응용되는 생체외적인 조직공학을 소개하는 강의로서 조직공학의 일반 개론과 사례학습을 통해 조직공학에 대한 이해를 증진하는 것을 목표로 한다. 특히 줄기세포를 이용한 조직공학 적용 사례와 연구방향에 대해 소개한다. 선행이수과목을 요구하지 않으며 관심이 있는 학생이면 누구나 들을 수 있도록 구성하였다.
ME 487 Introduction to Cell Mechanics
Spring
This course is designed for mechanical engineering students who are interested in mechanical approach for cellular processes and its application to engineering and medicine. It would introduce basics of cell biology, mechanical characterization of cells and their components, as well as effects of external mechanical stimulus on cellular processes which ultimately lead to various diseases such as cancer. Students who are interested in going into bio (medicine) -engineering interdisciplinary research would benefit from this by learning basic terminologies and concepts of mechanics in cells.
MAE 800B Special Topics in Mechanical Engineering - Current Topics in Mechanobiology
Spring
기계생물학(Mechanobiology)은 세포역학의 한 줄기로서 물리적 자극에 민감한 생체내 세포나 조직들에 대해 공부하는 새로운 학문분야이다. 실제로 생체내 거의 모든 세포는 중력, 압력, 인장력, 전단응력등의 다양한 기계적 환경에 노출되어 있으며 이런 자극의 변화에 민감하게 반응하는 것으로 알려져 있다. 특히 암과 같은 질병 조건의 세포들은 고유의 기계적 성질 자체가 변할 뿐 아니라 외부의 물리적 환경에 대한 반응도 달리 한다는 보고가 있어 질병의 발생, 심화, 치료에 이르기 까지 물리적 (기계적) 환경요소의 역할에 대해 심도 있는 연구가 진행되고 있다. 최근에는 암의 발생은 유전적인 요소에 기인하지만 그 발달 및 전이는 기계적인 자극에 의해 조절된다는 많은 보고들이 있어 기계생물학이라는 분야가 많은 관심의 대상이 되고 있다. 이 수업에서는 최근 중요한 이슈가 되고 있는 암이나 줄기세포의 분화 및 전이 등의 문제들을 기계생물학적 관점에서 바라보고 토의하고자 한다. 이러한 새로운 관점의 세포 생리의 이해를 통해 기계생물학의 근본 개념들이 질병 치유 및 관련 분야에서의 활용 가능성에 대해 함께 공부하고자 한다.
TALKS
TALKS
International Talks
2016.11. Plasma for all: from cells to organisms | 2016 MRS: Invited Talk
2016.10. Physical Forces in Cellular Aggregates | Biofrontier Symposium: JSME (Hokkaido University): Invited Talk
2016.08. Physical Stresses During Cell Scattering | UKC, Invited Talk
2015.09. What can the atmospheric pressure plasma do to biological systems? | 10th AEPSE, Invited Talk
2015.07. Simple platforms to study cellular mechanobiology | UKC, Invited Talk
2015.06. Engineering the tissue microenvironment using microfluidics | 2015 INST symposium, Invited Talk
2015.05. Shear induced alterations in microglial phenotypes | 2015 ISB-ISCH Biorheology, Invited Talk
2015.01. Therapeutic uses of atmospheric pressure plasma | 2015 IMCE Interanational Symposium, Invited Lecture (Japan)
2014.10. Atmospheric pressure plasma induced alterations in cellular responses | ICFD 2014, Keynote Speech (Japan)
2014.09. Cellular microenvironment for wound meachanobiology | Biotronics 2014, Invited Talk
2014.07. Multi-taxis plastofm for wound mechanobiology | World Congress of Biomechanics Invited Talk (Boston, USA)
2014.08. Shear flow induced alteractions in microglial phenotype | UKC Convergence Technology Invited Talk (San Francisco, USA)
2014.05. Healing of wounds by atmospheric pressure plasma | ICPM5 Invited Talk (Japan)
2014.05. Shear dependent migration of microglia | ISMB 2014 Invited Talk (Japan)
2014.03. Cellular property regulation for anti-cancer treatment by atmospheric pressure plasma | ISPlasma2014/IC-PLANTS2014 Invited Talk (Japan)
2012.11. Physical regulation of cellular phenotypes | Harvard University Public Health Department- 초청세미나
2012.10. A microplatform to study the combinatorial effects of fluid shear stress and electric field on dermal fibroblast migration | IEEE-NMDC (Nanotechnology Material and Devices Conference) – Invited Talk
2012.08. Atmospheric pressure plasma for anti-cancer treatment | The 2nd International Symposium for Plasma Science- Invited Talk
2012.07. Atmospheric pressure plasma induced alterations in cellular phenotypes | International conference on miroelectronics and plasma technology – Invited Talk
2012.06. Physical regulation of cellular phenotypes | Ecole Nationale Superieure des Mines- Invited Seminar
2011.12. Physical regulations of cell behavior and fate | The 11th Molecular Biology and Biotechnology Workshop – Invited Talk
2010.10. Physicochemical control of stem cells | 2010 Young researcher symposium of Global COE program- Invited Talk
2010. Dynamics of an ordered actin assemblies | The 101st International Titisee Conference on Mechanics of Cells and Tissues
2006. Actin based spring in horseshoe crab sperm & Introduction to KAIST ME | UCLA
Domestic Talks
2016.11. 여성과 공학 | 인하대학교 강연
2016.10. Forces in Cellular Scattering | 2016 KAIST-RIKEN-CAS: Invited Talk
2016.09. Formation and Scattering of Cellular Aggregates | 생체재료학회: Invited Talk
2016.09. Stressed Cells: Mechanobiology and Diseases | 한양대바이오융합기술 세미나: Invited Seminar
2016.08. When cells meet physical forces | Campus Asia
2016.07. Mechanobiology of Cancer | 오색심포지움, 암예방학회, Invited Talk
2016.06. Stressed Cells: Mechanobiology and Diseases | 충대화공학과: Invited Lecture
2016.05. Stressed Cells: Mechanobiology and Diseases | KU-KIST Colloquium: Invited Lecture
2016.02. Skin Mechanobiology | 한국산업기술대학교
2016.01. Mechanobiology: When Cells Meet Physical Forces | 서울시립대
2015.12. Stressed cells: Cellular homeostasis | 서울대분당병원 강의
2015.12. 활기찬강의만들기, Lunch Talk | 교수학 습센터
2015.11. 여성과 공학 | 인하대학교 초청강연
2015.11. Cellular Mechanobiology: When cells meet physical forces | 전북대 BINT 세미나 초청강연
2015.08. When cells meet physical forces | Campus Asia
2015.08. Plasma-Bio Interactions | PESE-Net Workshop, NFRI 초청강연
2015.06. Cellular Mechanobiology | 포항공대 화공학과 세미나
2015.05. Cellular Mechanobiology and diseases | 가천의대 이길녀 암당뇨센터
2015.05. Cellular mechanobiology on a simple chip | 바이오칩학회
2015.04. Cellular Mechanobiology | 서울대학교 바이오공학융합과정
2014.10. 여성과 공학 | 인하대학교 초청강연
2014.11. Regulation of physical microenvironment for effective cellular differentiation | 생체재료학회 Invited Talk
2014.09. Biomedical applications of atmospheirc pressure plasma | 포항공대 전자과 대학원 세미나 초 청강연
2014.09. Versatile uses of atmospheric pressure plasma in cancer treatment | IEEE-EMBC 유치워크샵 초청강연
2014.06. Cellular mechanology and diseases | 삼성종기원 Well Aging Research Center 초청강연
2014.07. Plasma Cell Interaction | 19th K_J Workshop invited talk
2014.03. Cellular mechanobiology of Wound | 창상학회 춘계학술대회 초청강연
2014.04. Versatile uses of atmospheric pressure plasma in cellular treatments | 성균관대학교 BK1 초청세미나
2014.05. Cellular mechanobiology of Wounds: Uses of plasma for wound care | 한강성심병원
2014. Biomedical applications of atmospheric pressure plasma | KAIST Brown Bag Seminar Series
2014. When cells meet physical forces | KI Nanocentury KCC 세미나 초청강연
2013.11. Cellular Mechanobiology and Diseases | 아산병원 융합연구소 심포지움 초청강연
2013.11. Mechanobiology of wound | 카톨릭의대 조직공학연구클러스터 (창상학회)
2013.10. Physical regulations of cellular behavior | 한국정밀공학회 추계학술대회 여성과학자세션 초청강연
2012.08. Atmospheric pressure plasma for anti-cancer treatment | The 2nd International Symposium for Plasma Science
2012.04. Physical regulation of cellular phenotypes | 공주대학교
2012.04. Induced phenotypic changes in mamallian cells by atmospheric pressure plasma | Korean Physics Society Spring Meeting
2012.04. Physical regulation of cellular phenotypes | 가시화 정보춘 계학술 대회
2012.03. Physical regulation of cellular phenotypes | 아산병원
2011.11. 여성과 공학 | 인하대학교 (non-academic)
2011.10. Cells and Tissues in the eyes of mechaical engineers” Cellular mechanobiology | SNU Physics Colloquium
2011.08. Atmospheric pressure plasma induced changes in cellular responses | The 1st International Symposium for Plasma Biosciences
2011.02. Physical regulations of skin cells | 5th Annual Symposium in Institute of Dermatological Science
2010.09. Effects of physical stimulations on skin cells | 그린코즈메틱 연구개발 센터
2010. Mechanobiology of Stem cells and Cancer cells | KAIST BioMedical Science Symposium
2010. Cells and Tissues in the eyes of mechanical engineers: Cellular Mechanobiology | 한국표준과학연구원
2010. Mechanobiology of eukaryotic and prokaryotic cells | 전남대학교, 의과대학
2010. Cellular Mechanobiology | 고려대학교, 기계공학과
2009. Cells and tissues in the eyes of a mechanical engineer | KAIST 기계공학과
2009. Introduction to Cell Mechanics | 서울대학교, 기계공학과
2009. Cells and Tissues in the eyes of mechanical engineers | 광주과기원, 기계공학과
2009. Introduction to Cell Mechanics | 한양대학교, 생명공학과
2009. Ultrasound and mechanobiology | 연세대학교, 계산공학과
2009. Mechanobiology of endothelial cells | 인하대학교, 의과대학
2009. Biomimetic robots: Cell to Organism | 전남대학교, 로봇연구소
2009. Biology Education in Mechanical Engineering | KSME, 교육위원회 특별 세션
2008. Ordered and disordered actin assemblies | International Workshop on Current Problems in Soft Condense Matters
2008. Dynamics of actin spring | 포항공대, 기계공학과
2008. Biological engines and locomotion | 공군사관학교, 기계공학과
2008. Biological engines | 충남대학교, 기계공학과
2007. Imaging a Biological Engines | 가시화학회 춘계심포지움
2007. Fascinating fertilization processes in marine invertebrates | 인하대학교, 화공학과
2006. Fascinating fertilization process in marine invertebrates | KAIST 생명과학과
2006. Biological Engines | KAIST 바이오뇌공학과
2006. Biological Engines | 부산영재학교
2006. Dynamics of actin spring in horseshoe crab sperm | 고려대학교, 물리학과
2006. Dynamics of actin spring in horseshoe crab sperm | 충남대학교, 물리학과
2006. Structure and Dynamics of an actin assembly | KIAS, International Biophysics Winter School
2006. Dynamics of actin spring in horseshoe crab sperm | 연세대학교, 기계공학과
2006. Biological Engines | 포항공대, 물리학과
2005. Biological Engines | KAIST 물리학과
2005. Fascinating fertilization process in marine invertebrates | 대한생체역학회
2005. Fascinating fertilization process in marine invertebrates | 인제대학교, 의용공학과
2005. Dynamics of actin spring in horseshoe crab sperm | KIMM
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